driven by price rather than volume. Nevada delivered 64 percent of the
total, Alaska 22 percent, and the rest of the country the remaining 14.
stable industry with specific growth options.¹
accounted for roughly 64 percent of U.S. gold output, drawn from a
cluster of open-pit and underground mines along the Carlin Trend, the
produced continuously since the late 1960s.¹
gold systems, characterised by fine-grained gold hosted in sedimentary
rocks altered by hydrothermal fluids, are the signature deposit style of
and the infrastructure is mature. What has changed over the past decade
is the capital intensity: operators have increasingly invested in
underground expansions and in sulphide-treatment circuits to extend mine
lives as oxide resources have been drawn down.
venture and a series of consolidation moves, the two largest global gold
majors — Barrick and Newmont — together control most of the state's
producing capacity. That concentration is a quiet advantage in terms of
operational coordination and capital discipline, though it also means
that any setback at either major can visibly move the national output
number.
has grown steadily over the past decade as several large operations have
scaled up. The state hosts both large hard-rock mines and a group of
significant placer operations, particularly in the Fairbanks and Circle
districts.¹
The operational context in Alaska is more demanding than Nevada's.
costs and a specific set of federal and state permitting pathways all
raise the bar for new projects. But the geological endowment is
substantial, and at 2025 prices several marginal projects have become
economic that were not in 2020.
during 2025, which aims to shorten permitting timelines. The designation
is an administrative signal rather than a production change, but it
suggests that federal policy-makers see Alaskan gold as a strategic
growth category.
Alaska also benefits from structural factors beyond geology.
critical-minerals initiatives — particularly around copper, rare earths
and antimony — create shared infrastructure that gold projects can use.
a highway, a processing camp or a power line with a critical-minerals
operation nearby, and the policy push since 2024 has been funding
exactly that kind of shared infrastructure.
base-metal processing, chiefly from copper ores.¹ That share is smaller
than Brazil's comparable ratio, but it is not negligible. Domestic
porphyry-copper operations — primarily in Arizona, Utah and New Mexico —
contribute steady ounces regardless of the gold price cycle, in the same
way that Sossego and Salobo do for Brazil.
resources is estimated to be contained in porphyry-copper deposits.¹ Any
future growth in U.S. copper output, especially through greenfield
porphyry projects, will quietly deliver additional gold as a
side-effect.
number of very large operations. According to the USGS, the top 25
mining operations accounted for about 94 percent of gold mined in the
country during 2025.¹ That is a concentration ratio that would be
considered extreme in most other industries; in gold, it is the norm in
jurisdictions where scale rather than grade is the operational model.
approval at Barrick's Cortez complex, a mine-life extension at Newmont's
project — can move the national number visibly. Investors in U.S. gold
equities face a consequence of that concentration: their exposure is
often closely tied to a specific production district.
jurisdiction. A USGS national assessment identifies roughly 33,000
tonnes of U.S. gold resources — 15,000 tonnes in identified resources
and 18,000 tonnes in undiscovered resources.¹ For context, the world's
total identified reserves are 66,000 tonnes according to the same 2026
report, and the U.S. share of global resources is therefore significant
even though it contributes only about 5 percent of current annual mine
production.
there is meaningful growth potential, but also that much of the
undiscovered resource sits in porphyry-copper systems rather than in
conventional gold deposits. Unlocking that resource depends on
exploration investment, permitting reform and processing infrastructure
that can handle complex polymetallic ores. None of these are short-term
projects.